Types of Plant Cell

A mature and higher plant develops specialized cells that carry out specific crucial functions that are necessary for their survival. A small number of plant cells are responsible for transporting nutrients and water, while others are responsible for storing food. Included among the specialized plant cells are parenchyma, sclerenchyma, collenchyma, xylem, and phloem cells. Here are a few examples of the various plant cell types:

  • Collenchyma Cells: When a plant’s growth is constrained due to a lack of a hardening agent in the major walls, these hard or rigid cells perform a crucial role in supporting the plant.
  • Sclerenchyma Cells: Due to the presence of a hardening agent, these cells are more rigid than collenchyma cells. These cells are typically present in all plant roots and serve mostly to support the plants.
  • Parenchyma Cells: In all plants cells, parenchyma cells perform a crucial role. They play a role in the development of leaves. Additionally, they have a role in the metabolism of cells, food generation, storage of organic materials, and gas exchange. Because they are thinner than other cells, these cells are usually more flexible.
  • Xylem Cells: In vascular plants, the transport cells are called xylem cells. They help in moving minerals and water from the roots of the plant to the leaves and other regions.
  • Phloem Cells: Other transport cells in vascular plants are called phloem cells. They move the food that the leaves have prepared to other plant components.

Plant Cell – Definition, Diagram, Structure, & Functions

A plant cell is a fundamental unit of a Plant’s structure. A plant cell is a eukaryotic cell, i.e., it has a defined nucleus enclosed within a membrane. Plant cells and animal cells difference occurs as they possess unique features that allow them to carry out essential functions.

Plant cell structure consists of a freely permeable cell wall. In this article, we will discuss plant cell parts and functions, its diagram and more in detail.

Table of Content

  • What is a Plant Cell?
  • Plant Cell Diagram
  • Plant Cell Structure
  • Types of Plant Cell
  • Function of Plant Cell
  • Plant Cell and Animal Cell Difference
  • Conclusion – Plant Cell – Definition, Diagram, Structure, & Functions
  • FAQs on Plant Cell

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What is a Plant Cell?

Plant cells are one type of eukaryotic cell. Plant and animal cell contains the nucleus. The presence of a cell wall outside the cell membrane is one of the distinguishing characteristics of a plant cell. Plant cells also have different organelles with specific functions. The cell wall surrounds the plant cell membrane and the cell wall also provides shape to the cell. Plant cells have different components with specific functions....

Plant Cell Diagram

Plant cells are rectangular in shape and larger in size compared to animal cells. Given below is labeled diagram of plant cell....

Plant Cell Structure

The structure of a plant cell is made up of several parts known as cell organelles that serve the cell’s various needs for survival. Among these organelles are:...

Types of Plant Cell

A mature and higher plant develops specialized cells that carry out specific crucial functions that are necessary for their survival. A small number of plant cells are responsible for transporting nutrients and water, while others are responsible for storing food. Included among the specialized plant cells are parenchyma, sclerenchyma, collenchyma, xylem, and phloem cells. Here are a few examples of the various plant cell types:...

Function of Plant Cell

Major functions of plant cells are:...

Plant Cell and Animal Cell Difference

The difference between plant cell and animal cell is given below:...

Conclusion – Plant Cell – Definition, Diagram, Structure, & Functions

In conclusion, the plant cell serves as the fundamental building block of plant structure, featuring a eukaryotic composition with unique organelles such as the nucleus, cell wall, chloroplasts, and vacuoles. These specialized components enable crucial functions like photosynthesis, nutrient transportation, energy production, and structural support, contributing to the plant’s growth, metabolism, and survival in its environment....

FAQs on Plant Cell

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